Silver Spring, MD June 2022: IBSS is excited to announce our expanding role in NOAA’s National Weather Service (NWS) mission through a recent award where our team will support the Eastern Region Headquarters (ERH) System Operations Division (SOD)....
As a trusted NOAA partner for over 20 years, IBSS looks forward to our continued delivery of innovative science-meets-technology solutions that forward the NOAA mission and make NOAA’s science matter to constituents both at home and abroad.
All donations go directly to scholarship recipients who are looking to gain an education in a STEM field, as IBSS is passionate about encouraging students in these areas.
The modernized NWSChat solution replaced the NCO’s dependence on external weather data sources with improved infrastructure, monitoring, and support capabilities. This removed NCO’s reliance on external sources for improved infrastructure, monitoring, and support.
The HACS SIN was designed specifically to help Federal agencies acquire pre-qualified cybersecurity services rapidly and efficiently in response to current and emerging IT security challenges to their High Value Assets (HVA).
When the DOC announced its intention to replace enterprise legacy credentialing systems with a single, robust, and scalable solution for all Line Offices nationwide, NOAA endorsed our design.
IBSS’s support will help PRD plan, budget, and manage species recovery projects, critical habitat designations, and other conservation and management activities that promote healthy and sustainable living marine resource populations endemic to the region.
Our work contributes directly to NOAA’s accountability, transparency, and the workable balance between the right of the public to know and the need of the government to protect certain information.
This tagging project is part of a larger effort with the major research objectives of elucidating shark affiliation, continuous residence times, and vertical migration behavior around anchored FADs as a means of identifying potential spatial bycatch mitigation strategies for commercial fisheries using FADs and to obtain a better understanding of the habitat use, ecology, and areas of biological significance of sharks around Hawaii.
